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1.中国科学院长春应用化学研究所高分子工程研究室,长春 130022
2.长春工业大学生物工程学院,长春 130012
3.Department of Chemical and Biomolecular Engineering, Korea Advanced Institute of Science and Technology, Daejeon, 305-701, Korea
Published:2006-09,
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Ying-Tai JIN, Gang LI, Li-Hui CAO, Hong-Guang CAI, Xiao-Wei BA, Yu-Ping YUAN, Xue-Quan ZHANG, Wei-Min DONG, Seong-ihi WOO, Hyun-yong CHO, Li-qiang CUI, Dae-sik HONG, Dong-wook JEONG. Progress in High Performance FI Catalyst for Olefin Polymerizations. [J]. Polymer Bulletin 19(9):37-50(2006)
DOI:
Ying-Tai JIN, Gang LI, Li-Hui CAO, Hong-Guang CAI, Xiao-Wei BA, Yu-Ping YUAN, Xue-Quan ZHANG, Wei-Min DONG, Seong-ihi WOO, Hyun-yong CHO, Li-qiang CUI, Dae-sik HONG, Dong-wook JEONG. Progress in High Performance FI Catalyst for Olefin Polymerizations. [J]. Polymer Bulletin 19(9):37-50(2006) DOI: 10.14028/j.cnki.1003-3726.2006.09.005.
FI 催化剂系一近几年发展起来的烯烃聚合高性能催化剂。以它的极高的活性、聚合物分子结构的可控性、多重活性聚合等特性而引人注目。本评述首先进行该催化剂的化学描述
然后分别介绍该催化剂的主要特征、活性中心结构、聚合机理和应用
重点介绍该催化剂的五大特征。
FI catalyst as a high performance catalyst is developed for olefin polymerization in recent years.The catalyst has attracted much attention
because of very high polymerization activity
structural control of polyolefins with facility
multiple living polymerization and so on.Chemical description of the catalyst is recounted first
and then five main characteristics with emphasis
structure of active species of the catalyst
polymerization mechanism
and application are presented respectively in the review with 5 Tables
6 Schemes
19 Figures
25 Complexes
and 48 references.
FI 催化剂烯烃聚合苯氧基亚胺配体
FI catalystOlefin polymerizationPhenoxy-imine ligand
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